sanjiaobo0108

快速卡尔曼滤波的源程序，卡尔曼滤波是以最小均方误差为估计的最佳准则，来寻求一套递推估计的算法。(Fast Kalman filtering of source code, Kalman filter based on minimum mean square error for estimating the best criteria to search for a recursive estimation algorithm. )

基于平均电流法设计的APFC高频开关电源MATLAB仿真模型(APFC MATLAB simulation model of high-frequency switching power supply design based on the average current law)

说明：  主要是针对matlab编程的14个案例； 案例1：一般区域二重、三重积分； 案例2：被积函数含有积分项的一类积分； 案例3：一般区域n重积分； 案例4：蒙特卡洛法计算n重积分； 案例5：第二类Fredholm积分方程； 案例6：第一类Fredholm积分方程； 案例7：第二类Volterra积分方程； 案例8：第一类Volterra积分方程； 案例9：全局优化； 案例10：fsolve求非线性方程组； 案例11：渐变光波求导； 案例12：遗传算法在复杂系统可靠度和冗余度分配优化； 案例13：遗传算法在车间设备布局优化； 案例14：应用Benders分解算法求解混合0-1规划；(Mainly for 14 cases of MATLAB programming; Case 1: General Regional double and three integral; Case 2: a class of integral functions containing integral terms; Case 3: General Regional N multiple integrals; Case 4: Monte Carlo method to calculate the N multiple integral; Case 5: Fredholm integral equations of the second kind; Case 6: Fredholm integral equations of the first kind; Case 7: Volterra integral equations of the second kind; Case 8: Volterra integral equations of the first kind; Case 9: Global optimization; Case 10:fsolve for nonlinear equations; Case 11: gradual wave derivative; Case 12: genetic algorithm for reliability and redundancy allocation optimization in complex systems; Case 13: genetic algorithm in workshop equipment layout optimization; Case 14: applying Benders decomposition algorithm to solve mixed 0-1 programming;)

说明：  《MATLAB 神经网络30个案例分析》程序和数据(Matlab neural network 30 cases analysis program and data)

Animate a bear using sprites, using cocos 2D

强大的多维工具箱.应用在Matlab中,可分析多纬数据结构.直接安装.(N-way Toolbox Can be installed directly in matlab.)

说明：  对最大炳谱估计(MESE)的几种算法进行了分析和比较，并简要介绍了最 大炳谱估计技术的发展前景。 (Ping spectral estimation on the maximum (MESE) The algorithms are analyzed and compared, and a brief description of the most Ping-spectrum estimation for development.)

multiple tarket traking using matlab

canny算子,很有用的一个程序.容易掌握.(a simple and easy algorithm.)

关于链表的实现例子很完美呵呵要的朋友请下哦！！！(With regard to the realization of the list is a perfect example of a friend to call on the next Hehe Oh! ! !)